Uses of Class
com.github.gbenroscience.math.geom.Point

Packages that use Point

Package	Description
com.github.gbenroscience.math.geom

Uses of Point in com.github.gbenroscience.math.geom

Methods in com.github.gbenroscience.math.geom that return Point

Modifier and Type	Method	Description
static Point	Point.getGameMathPoint(Point p1)
Point	ROTOR.getRotorCenter()
Point	Plane.intersectionWith(Line3D line)
Point	Line.intersectionWithLine(Line line)
Point	Line3D.intersectionWithLine(Line line)
static Point	Point.midPoint(Point p1, Point p2)
static Point	ROTOR.planarXYRotate(Point p, Point cen, double angle)	Method for rotating a Point object in the XY plane or in any plane parallel to the XY plane.
Point	Point.pointAtDisplacement(double horDisp, double verDisp)
Point	Point.pointAtDisplacement(Line line, double distance)
Point	ROTOR.rotate(Point p)
static Point	ROTOR.transformJavaCoordsToMathCoords(Point point)	Converts a point in the Java screen coordinates xy plane to one in the mathematical xy plane by rotating the point through PI radians in the direction of the yz plane
static Point	ROTOR.transformMathCoordsToJavaCoords(Point point)	Converts a point in the mathematical xy plane to one in the Java screen coordinates xy plane by rotating the point through PI radians in the direction of the yz plane

Methods in com.github.gbenroscience.math.geom with parameters of type Point

Modifier and Type	Method	Description
double	Point.calcDistanceTo(Point pt)
boolean	Plane.containsPoint(Point point)
double	Line.distance(Point p1, Point p2)	Finds the distance between 2 Point objects lying on this Line object They must lie on this Line object, else the method will return 0;
double	Line3D.distance(Point p1, Point p2)
double	Line.distanceSquared(Point p1, Point p2)	Finds the square of the distance between 2 Point objects lying on this Line object They must lie on this Line object, else the method will return 0;
double	Line3D.distanceSquared(Point p1, Point p2)
double	Point.findXYGrad(Point pt)
double	Point.findXZGrad(Point pt)
double	Point.findYZGrad(Point pt)
static Point	Point.getAWTPoint(Point point)	Converts objects of this class to the normal Point object.
boolean	Point.isCollinearWith(Point p1, Point p2)
boolean	Point.liesBetween(Point p1, Point p2)
static Point	Point.midPoint(Point p1, Point p2)
boolean	Line.passesThroughPoint(Point p1)
boolean	Line3D.passesThroughPoint(Point p1)	Ascertains that a Line3D object passes through a given Point object
static Point	ROTOR.planarXYRotate(Point p, Point cen, double angle)	Method for rotating a Point object in the XY plane or in any plane parallel to the XY plane.
void	Line.rotate(double ang, Point p)
Point	ROTOR.rotate(Point p)
Line	Line.rotateLine(double ang, Point p)
static Line	ROTOR.rotateLine(Line line, double ang, Point p)
static Polygon	ROTOR.rotatePolygon(Polygon p, Point orbitalCenter, double angle)
static Polygon	ROTOR.rotateRectangle(Rectangle rect, Point orbitalCenter, double angle)	Rotates a Rectangle object.
void	ROTOR.setRotorCenter(Point rotorCenter)
static Point	ROTOR.transformJavaCoordsToMathCoords(Point point)	Converts a point in the Java screen coordinates xy plane to one in the mathematical xy plane by rotating the point through PI radians in the direction of the yz plane
static Point	ROTOR.transformMathCoordsToJavaCoords(Point point)	Converts a point in the mathematical xy plane to one in the Java screen coordinates xy plane by rotating the point through PI radians in the direction of the yz plane

Constructors in com.github.gbenroscience.math.geom with parameters of type Point

Modifier	Constructor	Description
	Line(double m, Point p)	Creates a new Line object give the gradient and a point on the line.
	Line(Point p1, Point p2)	Creates a line between points joining: the points p1 and p2
	Line3D(Direction direction, Point point)	Creates a new Line object given a point through which it passes and the direction coordinates of the Line object.
	Line3D(Point p1, Point p2)
	Plane(Direction dir, Point point)
	Plane(Line3D line, Point point)
	Plane(Point p1, Point p2, Point p3)	Creates a Plane object given 3 points on it.
	Point(Point point)	Creates a new Point object similar to this one but not referring to the same object
	ROTOR(double angle, Point rotorCenter, Direction direction)	Creates a new object of class ROTOR that can be used to rotate Point objects, Line objects, and Plane objects, Function objects and so on.